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ADRecon.ps1
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ADRecon.ps1
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<#
.SYNOPSIS
ADRecon is a tool which gathers information about the Active Directory and generates a report which can provide a holistic picture of the current state of the target AD environment.
.DESCRIPTION
ADRecon is a tool which extracts and combines various artefacts (as highlighted below) out of an AD environment. The information can be presented in a specially formatted Microsoft Excel report that includes summary views with metrics to facilitate analysis and provide a holistic picture of the current state of the target AD environment.
The tool is useful to various classes of security professionals like auditors, DFIR, students, administrators, etc. It can also be an invaluable post-exploitation tool for a penetration tester.
It can be run from any workstation that is connected to the environment, even hosts that are not domain members. Furthermore, the tool can be executed in the context of a non-privileged (i.e. standard domain user) account.
Fine Grained Password Policy, LAPS and BitLocker may require Privileged user accounts.
The tool will use Microsoft Remote Server Administration Tools (RSAT) if available, otherwise it will communicate with the Domain Controller using LDAP.
The following information is gathered by the tool:
* Forest;
* Domain;
* Trusts;
* Sites;
* Subnets;
* Schema History;
* Default and Fine Grained Password Policy (if implemented);
* Domain Controllers, SMB versions, whether SMB Signing is supported and FSMO roles;
* Users and their attributes;
* Service Principal Names (SPNs);
* Groups, memberships and changes;
* Organizational Units (OUs);
* GroupPolicy objects and gPLink details;
* DNS Zones and Records;
* Printers;
* Computers and their attributes;
* PasswordAttributes (Experimental);
* LAPS passwords (if implemented);
* BitLocker Recovery Keys (if implemented);
* ACLs (DACLs and SACLs) for the Domain, OUs, Root Containers, GPO, Users, Computers and Groups objects (not included in the default collection method);
* GPOReport (requires RSAT);
* Kerberoast (not included in the default collection method); and
* Domain accounts used for service accounts (requires privileged account and not included in the default collection method).
Author : Prashant Mahajan
.NOTES
The following commands can be used to turn off ExecutionPolicy: (Requires Admin Privs)
PS > $ExecPolicy = Get-ExecutionPolicy
PS > Set-ExecutionPolicy bypass
PS > .\ADRecon.ps1
PS > Set-ExecutionPolicy $ExecPolicy
OR
Start the PowerShell as follows:
powershell.exe -ep bypass
OR
Already have a PowerShell open ?
PS > $Env:PSExecutionPolicyPreference = 'Bypass'
OR
powershell.exe -nologo -executionpolicy bypass -noprofile -file ADRecon.ps1
.PARAMETER Method
Which method to use; ADWS (default), LDAP
.PARAMETER DomainController
Domain Controller IP Address or Domain FQDN.
.PARAMETER Credential
Domain Credentials.
.PARAMETER GenExcel
Path for ADRecon output folder containing the CSV files to generate the ADRecon-Report.xlsx. Use it to generate the ADRecon-Report.xlsx when Microsoft Excel is not installed on the host used to run ADRecon.
.PARAMETER OutputDir
Path for ADRecon output folder to save the files and the ADRecon-Report.xlsx. (The folder specified will be created if it doesn't exist)
.PARAMETER Collect
Which modules to run; Comma separated; e.g Forest,Domain (Default all except Kerberoast, DomainAccountsusedforServiceLogon)
Valid values include: Forest, Domain, Trusts, Sites, Subnets, SchemaHistory, PasswordPolicy, FineGrainedPasswordPolicy, DomainControllers, Users, UserSPNs, PasswordAttributes, Groups, GroupChanges, GroupMembers, OUs, GPOs, gPLinks, DNSZones, DNSRecords, Printers, Computers, ComputerSPNs, LAPS, BitLocker, ACLs, GPOReport, Kerberoast, DomainAccountsusedforServiceLogon.
.PARAMETER OutputType
Output Type; Comma seperated; e.g STDOUT,CSV,XML,JSON,HTML,Excel (Default STDOUT with -Collect parameter, else CSV and Excel).
Valid values include: STDOUT, CSV, XML, JSON, HTML, Excel, All (excludes STDOUT).
.PARAMETER DormantTimeSpan
Timespan for Dormant accounts. (Default 90 days)
.PARAMETER PassMaxAge
Maximum machine account password age. (Default 30 days)
.PARAMETER PageSize
The PageSize to set for the LDAP searcher object.
.PARAMETER Threads
The number of threads to use during processing objects. (Default 10)
.PARAMETER Log
Create ADRecon Log using Start-Transcript
.EXAMPLE
.\ADRecon.ps1 -GenExcel C:\ADRecon-Report-<timestamp>
[*] ADRecon <version> by Prashant Mahajan (@prashant3535)
[*] Generating ADRecon-Report.xlsx
[+] Excelsheet Saved to: C:\ADRecon-Report-<timestamp>\<domain>-ADRecon-Report.xlsx
.EXAMPLE
.\ADRecon.ps1 -DomainController <IP or FQDN> -Credential <domain\username>
[*] ADRecon <version> by Prashant Mahajan (@prashant3535)
[*] Running on <domain>\<hostname> - Member Workstation
<snip>
Example output from Domain Member with Alternate Credentials.
.EXAMPLE
.\ADRecon.ps1 -DomainController <IP or FQDN> -Credential <domain\username> -Collect DomainControllers -OutputType Excel
[*] ADRecon <version> by Prashant Mahajan (@prashant3535)
[*] Running on WORKGROUP\<hostname> - Standalone Workstation
[*] Commencing - <timestamp>
[-] Domain Controllers
[*] Total Execution Time (mins): <minutes>
[*] Generating ADRecon-Report.xlsx
[+] Excelsheet Saved to: C:\ADRecon-Report-<timestamp>\<domain>-ADRecon-Report.xlsx
[*] Completed.
[*] Output Directory: C:\ADRecon-Report-<timestamp>
Example output from from a Non-Member using RSAT to only enumerate Domain Controllers.
.EXAMPLE
.\ADRecon.ps1 -Method ADWS -DomainController <IP or FQDN> -Credential <domain\username>
[*] ADRecon <version> by Prashant Mahajan (@prashant3535)
[*] Running on WORKGROUP\<hostname> - Standalone Workstation
[*] Commencing - <timestamp>
[-] Domain
[-] Forest
[-] Trusts
[-] Sites
[-] Subnets
[-] SchemaHistory - May take some time
[-] Default Password Policy
[-] Fine Grained Password Policy - May need a Privileged Account
[-] Domain Controllers
[-] Users and SPNs - May take some time
[-] PasswordAttributes - Experimental
[-] Groups and Membership Changes - May take some time
[-] Group Memberships - May take some time
[-] OrganizationalUnits (OUs)
[-] GPOs
[-] gPLinks - Scope of Management (SOM)
[-] DNS Zones and Records
[-] Printers
[-] Computers and SPNs - May take some time
[-] LAPS - Needs Privileged Account
WARNING: [*] LAPS is not implemented.
[-] BitLocker Recovery Keys - Needs Privileged Account
[-] GPOReport - May take some time
WARNING: [*] Run the tool using RUNAS.
WARNING: [*] runas /user:<Domain FQDN>\<Username> /netonly powershell.exe
[*] Total Execution Time (mins): <minutes>
[*] Output Directory: C:\ADRecon-Report-<timestamp>
[*] Generating ADRecon-Report.xlsx
[+] Excelsheet Saved to: C:\ADRecon-Report-<timestamp>\<domain>-ADRecon-Report.xlsx
Example output from a Non-Member using RSAT.
.EXAMPLE
.\ADRecon.ps1 -Method LDAP -DomainController <IP or FQDN> -Credential <domain\username>
[*] ADRecon <version> by Prashant Mahajan (@prashant3535)
[*] Running on WORKGROUP\<hostname> - Standalone Workstation
[*] LDAP bind Successful
[*] Commencing - <timestamp>
[-] Domain
[-] Forest
[-] Trusts
[-] Sites
[-] Subnets
[-] SchemaHistory - May take some time
[-] Default Password Policy
[-] Fine Grained Password Policy - May need a Privileged Account
[-] Domain Controllers
[-] Users and SPNs - May take some time
[-] PasswordAttributes - Experimental
[-] Groups and Membership Changes - May take some time
[-] Group Memberships - May take some time
[-] OrganizationalUnits (OUs)
[-] GPOs
[-] gPLinks - Scope of Management (SOM)
[-] DNS Zones and Records
[-] Printers
[-] Computers and SPNs - May take some time
[-] LAPS - Needs Privileged Account
WARNING: [*] LAPS is not implemented.
[-] BitLocker Recovery Keys - Needs Privileged Account
[-] GPOReport - May take some time
WARNING: [*] Currently, the module is only supported with ADWS.
[*] Total Execution Time (mins): <minutes>
[*] Output Directory: C:\ADRecon-Report-<timestamp>
[*] Generating ADRecon-Report.xlsx
[+] Excelsheet Saved to: C:\ADRecon-Report-<timestamp>\<domain>-ADRecon-Report.xlsx
Example output from a Non-Member using LDAP.
.LINK
https://github.com/adrecon/ADRecon
#>
[CmdletBinding()]
param
(
[Parameter(Mandatory = $false, HelpMessage = "Which method to use; ADWS (default), LDAP")]
[ValidateSet('ADWS', 'LDAP')]
[string] $Method = 'ADWS',
[Parameter(Mandatory = $false, HelpMessage = "Domain Controller IP Address or Domain FQDN.")]
[string] $DomainController = '',
[Parameter(Mandatory = $false, HelpMessage = "Domain Credentials.")]
[Management.Automation.PSCredential] $Credential = [Management.Automation.PSCredential]::Empty,
[Parameter(Mandatory = $false, HelpMessage = "Path for ADRecon output folder containing the CSV files to generate the ADRecon-Report.xlsx. Use it to generate the ADRecon-Report.xlsx when Microsoft Excel is not installed on the host used to run ADRecon.")]
[string] $GenExcel,
[Parameter(Mandatory = $false, HelpMessage = "Path for ADRecon output folder to save the CSV/XML/JSON/HTML files and the ADRecon-Report.xlsx. (The folder specified will be created if it doesn't exist)")]
[string] $OutputDir,
[Parameter(Mandatory = $false, HelpMessage = "Which modules to run; Comma separated; e.g Forest,Domain (Default all except ACLs, Kerberoast and DomainAccountsusedforServiceLogon) Valid values include: Forest, Domain, Trusts, Sites, Subnets, SchemaHistory, PasswordPolicy, FineGrainedPasswordPolicy, DomainControllers, Users, UserSPNs, PasswordAttributes, Groups, GroupChanges, GroupMembers, OUs, GPOs, gPLinks, DNSZones, DNSRecords, Printers, Computers, ComputerSPNs, LAPS, BitLocker, ACLs, GPOReport, Kerberoast, DomainAccountsusedforServiceLogon")]
[ValidateSet('Forest', 'Domain', 'Trusts', 'Sites', 'Subnets', 'SchemaHistory', 'PasswordPolicy', 'FineGrainedPasswordPolicy', 'DomainControllers', 'Users', 'UserSPNs', 'PasswordAttributes', 'Groups', 'GroupChanges', 'GroupMembers', 'OUs', 'GPOs', 'gPLinks', 'DNSZones', 'DNSRecords', 'Printers', 'Computers', 'ComputerSPNs', 'LAPS', 'BitLocker', 'ACLs', 'GPOReport', 'Kerberoast', 'DomainAccountsusedforServiceLogon', 'Default')]
[array] $Collect = 'Default',
[Parameter(Mandatory = $false, HelpMessage = "Output type; Comma seperated; e.g STDOUT,CSV,XML,JSON,HTML,Excel (Default STDOUT with -Collect parameter, else CSV and Excel)")]
[ValidateSet('STDOUT', 'CSV', 'XML', 'JSON', 'EXCEL', 'HTML', 'All', 'Default')]
[array] $OutputType = 'Default',
[Parameter(Mandatory = $false, HelpMessage = "Timespan for Dormant accounts. Default 90 days")]
[ValidateRange(1,1000)]
[int] $DormantTimeSpan = 90,
[Parameter(Mandatory = $false, HelpMessage = "Maximum machine account password age. Default 30 days")]
[ValidateRange(1,1000)]
[int] $PassMaxAge = 30,
[Parameter(Mandatory = $false, HelpMessage = "The PageSize to set for the LDAP searcher object. Default 200")]
[ValidateRange(1,10000)]
[int] $PageSize = 200,
[Parameter(Mandatory = $false, HelpMessage = "The number of threads to use during processing of objects. Default 10")]
[ValidateRange(1,100)]
[int] $Threads = 10,
[Parameter(Mandatory = $false, HelpMessage = "Create ADRecon Log using Start-Transcript")]
[switch] $Log
)
$ADWSSource = @"
// Thanks Dennis Albuquerque for the C# multithreading code
using System;
using System.Collections;
using System.Collections.Generic;
using System.Linq;
using System.Xml;
using System.Threading;
using System.DirectoryServices;
//using System.Security.Principal;
using System.Security.AccessControl;
using System.Management.Automation;
using System.Diagnostics;
//using System.IO;
//using System.Net;
using System.Net.Sockets;
using System.Text;
using System.Runtime.InteropServices;
namespace ADRecon
{
public static class ADWSClass
{
private static DateTime Date1;
private static int PassMaxAge;
private static int DormantTimeSpan;
private static Dictionary<string, string> AdGroupDictionary = new Dictionary<string, string>();
private static string DomainSID;
private static Dictionary<string, string> AdGPODictionary = new Dictionary<string, string>();
private static Hashtable GUIDs = new Hashtable();
private static Dictionary<string, string> AdSIDDictionary = new Dictionary<string, string>();
private static readonly HashSet<string> Groups = new HashSet<string> ( new string[] {"268435456", "268435457", "536870912", "536870913"} );
private static readonly HashSet<string> Users = new HashSet<string> ( new string[] { "805306368" } );
private static readonly HashSet<string> Computers = new HashSet<string> ( new string[] { "805306369" }) ;
private static readonly HashSet<string> TrustAccounts = new HashSet<string> ( new string[] { "805306370" } );
[Flags]
//Values taken from https://support.microsoft.com/en-au/kb/305144
public enum UACFlags
{
SCRIPT = 1, // 0x1
ACCOUNTDISABLE = 2, // 0x2
HOMEDIR_REQUIRED = 8, // 0x8
LOCKOUT = 16, // 0x10
PASSWD_NOTREQD = 32, // 0x20
PASSWD_CANT_CHANGE = 64, // 0x40
ENCRYPTED_TEXT_PASSWORD_ALLOWED = 128, // 0x80
TEMP_DUPLICATE_ACCOUNT = 256, // 0x100
NORMAL_ACCOUNT = 512, // 0x200
INTERDOMAIN_TRUST_ACCOUNT = 2048, // 0x800
WORKSTATION_TRUST_ACCOUNT = 4096, // 0x1000
SERVER_TRUST_ACCOUNT = 8192, // 0x2000
DONT_EXPIRE_PASSWD = 65536, // 0x10000
MNS_LOGON_ACCOUNT = 131072, // 0x20000
SMARTCARD_REQUIRED = 262144, // 0x40000
TRUSTED_FOR_DELEGATION = 524288, // 0x80000
NOT_DELEGATED = 1048576, // 0x100000
USE_DES_KEY_ONLY = 2097152, // 0x200000
DONT_REQUIRE_PREAUTH = 4194304, // 0x400000
PASSWORD_EXPIRED = 8388608, // 0x800000
TRUSTED_TO_AUTHENTICATE_FOR_DELEGATION = 16777216, // 0x1000000
PARTIAL_SECRETS_ACCOUNT = 67108864 // 0x04000000
}
[Flags]
//Values taken from https://blogs.msdn.microsoft.com/openspecification/2011/05/30/windows-configurations-for-kerberos-supported-encryption-type/
public enum KerbEncFlags
{
ZERO = 0,
DES_CBC_CRC = 1, // 0x1
DES_CBC_MD5 = 2, // 0x2
RC4_HMAC = 4, // 0x4
AES128_CTS_HMAC_SHA1_96 = 8, // 0x18
AES256_CTS_HMAC_SHA1_96 = 16 // 0x10
}
private static readonly Dictionary<string, string> Replacements = new Dictionary<string, string>()
{
//{System.Environment.NewLine, ""},
//{",", ";"},
{"\"", "'"}
};
public static string CleanString(Object StringtoClean)
{
// Remove extra spaces and new lines
string CleanedString = string.Join(" ", ((Convert.ToString(StringtoClean)).Split((string[]) null, StringSplitOptions.RemoveEmptyEntries)));
foreach (string Replacement in Replacements.Keys)
{
CleanedString = CleanedString.Replace(Replacement, Replacements[Replacement]);
}
return CleanedString;
}
public static int ObjectCount(Object[] ADRObject)
{
return ADRObject.Length;
}
public static Object[] DomainControllerParser(Object[] AdDomainControllers, int numOfThreads)
{
Object[] ADRObj = runProcessor(AdDomainControllers, numOfThreads, "DomainControllers");
return ADRObj;
}
public static Object[] SchemaParser(Object[] AdSchemas, int numOfThreads)
{
Object[] ADRObj = runProcessor(AdSchemas, numOfThreads, "SchemaHistory");
return ADRObj;
}
public static Object[] UserParser(Object[] AdUsers, DateTime Date1, int DormantTimeSpan, int PassMaxAge, int numOfThreads)
{
ADWSClass.Date1 = Date1;
ADWSClass.DormantTimeSpan = DormantTimeSpan;
ADWSClass.PassMaxAge = PassMaxAge;
Object[] ADRObj = runProcessor(AdUsers, numOfThreads, "Users");
return ADRObj;
}
public static Object[] UserSPNParser(Object[] AdUsers, int numOfThreads)
{
Object[] ADRObj = runProcessor(AdUsers, numOfThreads, "UserSPNs");
return ADRObj;
}
public static Object[] GroupParser(Object[] AdGroups, int numOfThreads)
{
Object[] ADRObj = runProcessor(AdGroups, numOfThreads, "Groups");
return ADRObj;
}
public static Object[] GroupChangeParser(Object[] AdGroups, DateTime Date1, int numOfThreads)
{
ADWSClass.Date1 = Date1;
Object[] ADRObj = runProcessor(AdGroups, numOfThreads, "GroupChanges");
return ADRObj;
}
public static Object[] GroupMemberParser(Object[] AdGroups, Object[] AdGroupMembers, string DomainSID, int numOfThreads)
{
ADWSClass.AdGroupDictionary = new Dictionary<string, string>();
runProcessor(AdGroups, numOfThreads, "GroupsDictionary");
ADWSClass.DomainSID = DomainSID;
Object[] ADRObj = runProcessor(AdGroupMembers, numOfThreads, "GroupMembers");
return ADRObj;
}
public static Object[] OUParser(Object[] AdOUs, int numOfThreads)
{
Object[] ADRObj = runProcessor(AdOUs, numOfThreads, "OUs");
return ADRObj;
}
public static Object[] GPOParser(Object[] AdGPOs, int numOfThreads)
{
Object[] ADRObj = runProcessor(AdGPOs, numOfThreads, "GPOs");
return ADRObj;
}
public static Object[] SOMParser(Object[] AdGPOs, Object[] AdSOMs, int numOfThreads)
{
ADWSClass.AdGPODictionary = new Dictionary<string, string>();
runProcessor(AdGPOs, numOfThreads, "GPOsDictionary");
Object[] ADRObj = runProcessor(AdSOMs, numOfThreads, "SOMs");
return ADRObj;
}
public static Object[] PrinterParser(Object[] ADPrinters, int numOfThreads)
{
Object[] ADRObj = runProcessor(ADPrinters, numOfThreads, "Printers");
return ADRObj;
}
public static Object[] ComputerParser(Object[] AdComputers, DateTime Date1, int DormantTimeSpan, int PassMaxAge, int numOfThreads)
{
ADWSClass.Date1 = Date1;
ADWSClass.DormantTimeSpan = DormantTimeSpan;
ADWSClass.PassMaxAge = PassMaxAge;
Object[] ADRObj = runProcessor(AdComputers, numOfThreads, "Computers");
return ADRObj;
}
public static Object[] ComputerSPNParser(Object[] AdComputers, int numOfThreads)
{
Object[] ADRObj = runProcessor(AdComputers, numOfThreads, "ComputerSPNs");
return ADRObj;
}
public static Object[] LAPSParser(Object[] AdComputers, int numOfThreads)
{
Object[] ADRObj = runProcessor(AdComputers, numOfThreads, "LAPS");
return ADRObj;
}
public static Object[] DACLParser(Object[] ADObjects, Object PSGUIDs, int numOfThreads)
{
ADWSClass.AdSIDDictionary = new Dictionary<string, string>();
runProcessor(ADObjects, numOfThreads, "SIDDictionary");
ADWSClass.GUIDs = (Hashtable) PSGUIDs;
Object[] ADRObj = runProcessor(ADObjects, numOfThreads, "DACLs");
return ADRObj;
}
public static Object[] SACLParser(Object[] ADObjects, Object PSGUIDs, int numOfThreads)
{
ADWSClass.GUIDs = (Hashtable) PSGUIDs;
Object[] ADRObj = runProcessor(ADObjects, numOfThreads, "SACLs");
return ADRObj;
}
static Object[] runProcessor(Object[] arrayToProcess, int numOfThreads, string processorType)
{
int totalRecords = arrayToProcess.Length;
IRecordProcessor recordProcessor = recordProcessorFactory(processorType);
IResultsHandler resultsHandler = new SimpleResultsHandler ();
int numberOfRecordsPerThread = totalRecords / numOfThreads;
int remainders = totalRecords % numOfThreads;
Thread[] threads = new Thread[numOfThreads];
for (int i = 0; i < numOfThreads; i++)
{
int numberOfRecordsToProcess = numberOfRecordsPerThread;
if (i == (numOfThreads - 1))
{
//last thread, do the remaining records
numberOfRecordsToProcess += remainders;
}
//split the full array into chunks to be given to different threads
Object[] sliceToProcess = new Object[numberOfRecordsToProcess];
Array.Copy(arrayToProcess, i * numberOfRecordsPerThread, sliceToProcess, 0, numberOfRecordsToProcess);
ProcessorThread processorThread = new ProcessorThread(i, recordProcessor, resultsHandler, sliceToProcess);
threads[i] = new Thread(processorThread.processThreadRecords);
threads[i].Start();
}
foreach (Thread t in threads)
{
t.Join();
}
return resultsHandler.finalise();
}
static IRecordProcessor recordProcessorFactory(string name)
{
switch (name)
{
case "DomainControllers":
return new DomainControllerRecordProcessor();
case "SchemaHistory":
return new SchemaRecordProcessor();
case "Users":
return new UserRecordProcessor();
case "UserSPNs":
return new UserSPNRecordProcessor();
case "Groups":
return new GroupRecordProcessor();
case "GroupChanges":
return new GroupChangeRecordProcessor();
case "GroupsDictionary":
return new GroupRecordDictionaryProcessor();
case "GroupMembers":
return new GroupMemberRecordProcessor();
case "OUs":
return new OURecordProcessor();
case "GPOs":
return new GPORecordProcessor();
case "GPOsDictionary":
return new GPORecordDictionaryProcessor();
case "SOMs":
return new SOMRecordProcessor();
case "Printers":
return new PrinterRecordProcessor();
case "Computers":
return new ComputerRecordProcessor();
case "ComputerSPNs":
return new ComputerSPNRecordProcessor();
case "LAPS":
return new LAPSRecordProcessor();
case "SIDDictionary":
return new SIDRecordDictionaryProcessor();
case "DACLs":
return new DACLRecordProcessor();
case "SACLs":
return new SACLRecordProcessor();
}
throw new ArgumentException("Invalid processor type " + name);
}
class ProcessorThread
{
readonly int id;
readonly IRecordProcessor recordProcessor;
readonly IResultsHandler resultsHandler;
readonly Object[] objectsToBeProcessed;
public ProcessorThread(int id, IRecordProcessor recordProcessor, IResultsHandler resultsHandler, Object[] objectsToBeProcessed)
{
this.recordProcessor = recordProcessor;
this.id = id;
this.resultsHandler = resultsHandler;
this.objectsToBeProcessed = objectsToBeProcessed;
}
public void processThreadRecords()
{
for (int i = 0; i < objectsToBeProcessed.Length; i++)
{
Object[] result = recordProcessor.processRecord(objectsToBeProcessed[i]);
resultsHandler.processResults(result); //this is a thread safe operation
}
}
}
//The interface and implmentation class used to process a record (this implemmentation just returns a log type string)
interface IRecordProcessor
{
PSObject[] processRecord(Object record);
}
class DomainControllerRecordProcessor : IRecordProcessor
{
public PSObject[] processRecord(Object record)
{
try
{
PSObject AdDC = (PSObject) record;
bool Infra = false;
bool Naming = false;
bool Schema = false;
bool RID = false;
bool PDC = false;
PSObject DCSMBObj = new PSObject();
string OperatingSystem = CleanString((AdDC.Members["OperatingSystem"].Value != null ? AdDC.Members["OperatingSystem"].Value : "-") + " " + AdDC.Members["OperatingSystemHotfix"].Value + " " + AdDC.Members["OperatingSystemServicePack"].Value + " " + AdDC.Members["OperatingSystemVersion"].Value);
foreach (var OperationMasterRole in (Microsoft.ActiveDirectory.Management.ADPropertyValueCollection) AdDC.Members["OperationMasterRoles"].Value)
{
switch (OperationMasterRole.ToString())
{
case "InfrastructureMaster":
Infra = true;
break;
case "DomainNamingMaster":
Naming = true;
break;
case "SchemaMaster":
Schema = true;
break;
case "RIDMaster":
RID = true;
break;
case "PDCEmulator":
PDC = true;
break;
}
}
PSObject DCObj = new PSObject();
DCObj.Members.Add(new PSNoteProperty("Domain", AdDC.Members["Domain"].Value));
DCObj.Members.Add(new PSNoteProperty("Site", AdDC.Members["Site"].Value));
DCObj.Members.Add(new PSNoteProperty("Name", AdDC.Members["Name"].Value));
DCObj.Members.Add(new PSNoteProperty("IPv4Address", AdDC.Members["IPv4Address"].Value));
DCObj.Members.Add(new PSNoteProperty("Operating System", OperatingSystem));
DCObj.Members.Add(new PSNoteProperty("Hostname", AdDC.Members["HostName"].Value));
DCObj.Members.Add(new PSNoteProperty("Infra", Infra));
DCObj.Members.Add(new PSNoteProperty("Naming", Naming));
DCObj.Members.Add(new PSNoteProperty("Schema", Schema));
DCObj.Members.Add(new PSNoteProperty("RID", RID));
DCObj.Members.Add(new PSNoteProperty("PDC", PDC));
if (AdDC.Members["IPv4Address"].Value != null)
{
DCSMBObj = GetPSObject(AdDC.Members["IPv4Address"].Value);
}
else
{
DCSMBObj = new PSObject();
DCSMBObj.Members.Add(new PSNoteProperty("SMB Port Open", false));
}
foreach (PSPropertyInfo psPropertyInfo in DCSMBObj.Properties)
{
if (Convert.ToString(psPropertyInfo.Name) == "SMB Port Open" && (bool) psPropertyInfo.Value == false)
{
DCObj.Members.Add(new PSNoteProperty(psPropertyInfo.Name, psPropertyInfo.Value));
DCObj.Members.Add(new PSNoteProperty("SMB1(NT LM 0.12)", null));
DCObj.Members.Add(new PSNoteProperty("SMB2(0x0202)", null));
DCObj.Members.Add(new PSNoteProperty("SMB2(0x0210)", null));
DCObj.Members.Add(new PSNoteProperty("SMB3(0x0300)", null));
DCObj.Members.Add(new PSNoteProperty("SMB3(0x0302)", null));
DCObj.Members.Add(new PSNoteProperty("SMB3(0x0311)", null));
DCObj.Members.Add(new PSNoteProperty("SMB Signing", null));
break;
}
else
{
DCObj.Members.Add(new PSNoteProperty(psPropertyInfo.Name, psPropertyInfo.Value));
}
}
return new PSObject[] { DCObj };
}
catch (Exception e)
{
Console.WriteLine("{0} Exception caught.", e);
return new PSObject[] { };
}
}
}
class SchemaRecordProcessor : IRecordProcessor
{
public PSObject[] processRecord(Object record)
{
try
{
PSObject AdSchema = (PSObject) record;
PSObject SchemaObj = new PSObject();
SchemaObj.Members.Add(new PSNoteProperty("ObjectClass", AdSchema.Members["ObjectClass"].Value));
SchemaObj.Members.Add(new PSNoteProperty("Name", AdSchema.Members["Name"].Value));
SchemaObj.Members.Add(new PSNoteProperty("whenCreated", AdSchema.Members["whenCreated"].Value));
SchemaObj.Members.Add(new PSNoteProperty("whenChanged", AdSchema.Members["whenChanged"].Value));
SchemaObj.Members.Add(new PSNoteProperty("DistinguishedName", AdSchema.Members["DistinguishedName"].Value));
return new PSObject[] { SchemaObj };
}
catch (Exception e)
{
Console.WriteLine("Exception caught: {0}", e);
return new PSObject[] { };
}
}
}
class UserRecordProcessor : IRecordProcessor
{
public PSObject[] processRecord(Object record)
{
try
{
PSObject AdUser = (PSObject) record;
bool? Enabled = null;
bool MustChangePasswordatLogon = false;
bool PasswordNotChangedafterMaxAge = false;
bool NeverLoggedIn = false;
int? DaysSinceLastLogon = null;
int? DaysSinceLastPasswordChange = null;
int? AccountExpirationNumofDays = null;
bool Dormant = false;
string SIDHistory = "";
bool? KerberosRC4 = null;
bool? KerberosAES128 = null;
bool? KerberosAES256 = null;
string DelegationType = null;
string DelegationProtocol = null;
string DelegationServices = null;
DateTime? LastLogonDate = null;
DateTime? PasswordLastSet = null;
DateTime? AccountExpires = null;
bool? AccountNotDelegated = null;
bool? HasSPN = null;
try
{
// The Enabled field can be blank which raises an exception. This may occur when the user is not allowed to query the UserAccountControl attribute.
Enabled = (bool) AdUser.Members["Enabled"].Value;
}
catch //(Exception e)
{
//Console.WriteLine("Exception caught: {0}", e);
}
if (AdUser.Members["lastLogonTimeStamp"].Value != null)
{
//LastLogonDate = DateTime.FromFileTime((long)(AdUser.Members["lastLogonTimeStamp"].Value));
// LastLogonDate is lastLogonTimeStamp converted to local time
LastLogonDate = Convert.ToDateTime(AdUser.Members["LastLogonDate"].Value);
DaysSinceLastLogon = Math.Abs((Date1 - (DateTime)LastLogonDate).Days);
if (DaysSinceLastLogon > DormantTimeSpan)
{
Dormant = true;
}
}
else
{
NeverLoggedIn = true;
}
if (Convert.ToString(AdUser.Members["pwdLastSet"].Value) == "0")
{
if ((bool) AdUser.Members["PasswordNeverExpires"].Value == false)
{
MustChangePasswordatLogon = true;
}
}
if (AdUser.Members["PasswordLastSet"].Value != null)
{
//PasswordLastSet = DateTime.FromFileTime((long)(AdUser.Members["pwdLastSet"].Value));
// PasswordLastSet is pwdLastSet converted to local time
PasswordLastSet = Convert.ToDateTime(AdUser.Members["PasswordLastSet"].Value);
DaysSinceLastPasswordChange = Math.Abs((Date1 - (DateTime)PasswordLastSet).Days);
if (DaysSinceLastPasswordChange > PassMaxAge)
{
PasswordNotChangedafterMaxAge = true;
}
}
//https://msdn.microsoft.com/en-us/library/ms675098(v=vs.85).aspx
//if ((Int64) AdUser.Members["accountExpires"].Value != (Int64) 9223372036854775807)
//{
//if ((Int64) AdUser.Members["accountExpires"].Value != (Int64) 0)
if (AdUser.Members["AccountExpirationDate"].Value != null)
{
try
{
//AccountExpires = DateTime.FromFileTime((long)(AdUser.Members["accountExpires"].Value));
// AccountExpirationDate is accountExpires converted to local time
AccountExpires = Convert.ToDateTime(AdUser.Members["AccountExpirationDate"].Value);
AccountExpirationNumofDays = ((int)((DateTime)AccountExpires - Date1).Days);
}
catch //(Exception e)
{
//Console.WriteLine("Exception caught: {0}", e);
}
}
//}
Microsoft.ActiveDirectory.Management.ADPropertyValueCollection history = (Microsoft.ActiveDirectory.Management.ADPropertyValueCollection) AdUser.Members["SIDHistory"].Value;
string sids = "";
foreach (var value in history)
{
sids = sids + "," + Convert.ToString(value);
}
SIDHistory = sids.TrimStart(',');
if (AdUser.Members["msDS-SupportedEncryptionTypes"].Value != null)
{
var userKerbEncFlags = (KerbEncFlags) AdUser.Members["msDS-SupportedEncryptionTypes"].Value;
if (userKerbEncFlags != KerbEncFlags.ZERO)
{
KerberosRC4 = (userKerbEncFlags & KerbEncFlags.RC4_HMAC) == KerbEncFlags.RC4_HMAC;
KerberosAES128 = (userKerbEncFlags & KerbEncFlags.AES128_CTS_HMAC_SHA1_96) == KerbEncFlags.AES128_CTS_HMAC_SHA1_96;
KerberosAES256 = (userKerbEncFlags & KerbEncFlags.AES256_CTS_HMAC_SHA1_96) == KerbEncFlags.AES256_CTS_HMAC_SHA1_96;
}
}
if (AdUser.Members["UserAccountControl"].Value != null)
{
AccountNotDelegated = !((bool) AdUser.Members["AccountNotDelegated"].Value);
if ((bool) AdUser.Members["TrustedForDelegation"].Value)
{
DelegationType = "Unconstrained";
DelegationServices = "Any";
}
if (AdUser.Members["msDS-AllowedToDelegateTo"] != null)
{
Microsoft.ActiveDirectory.Management.ADPropertyValueCollection delegateto = (Microsoft.ActiveDirectory.Management.ADPropertyValueCollection) AdUser.Members["msDS-AllowedToDelegateTo"].Value;
if (delegateto.Value != null)
{
DelegationType = "Constrained";
foreach (var value in delegateto)
{
DelegationServices = DelegationServices + "," + Convert.ToString(value);
}
DelegationServices = DelegationServices.TrimStart(',');
}
}
if ((bool) AdUser.Members["TrustedToAuthForDelegation"].Value == true)
{
DelegationProtocol = "Any";
}
else if (DelegationType != null)
{
DelegationProtocol = "Kerberos";
}
}
Microsoft.ActiveDirectory.Management.ADPropertyValueCollection SPNs = (Microsoft.ActiveDirectory.Management.ADPropertyValueCollection)AdUser.Members["servicePrincipalName"].Value;
if (SPNs.Value == null)
{
HasSPN = false;
}
else
{
HasSPN = true;
}
PSObject UserObj = new PSObject();
UserObj.Members.Add(new PSNoteProperty("UserName", CleanString(AdUser.Members["SamAccountName"].Value)));
UserObj.Members.Add(new PSNoteProperty("Name", CleanString(AdUser.Members["Name"].Value)));
UserObj.Members.Add(new PSNoteProperty("Enabled", Enabled));
UserObj.Members.Add(new PSNoteProperty("Must Change Password at Logon", MustChangePasswordatLogon));
UserObj.Members.Add(new PSNoteProperty("Cannot Change Password", AdUser.Members["CannotChangePassword"].Value));
UserObj.Members.Add(new PSNoteProperty("Password Never Expires", AdUser.Members["PasswordNeverExpires"].Value));
UserObj.Members.Add(new PSNoteProperty("Reversible Password Encryption", AdUser.Members["AllowReversiblePasswordEncryption"].Value));
UserObj.Members.Add(new PSNoteProperty("Smartcard Logon Required", AdUser.Members["SmartcardLogonRequired"].Value));
UserObj.Members.Add(new PSNoteProperty("Delegation Permitted", AccountNotDelegated));
UserObj.Members.Add(new PSNoteProperty("Kerberos DES Only", AdUser.Members["UseDESKeyOnly"].Value));
UserObj.Members.Add(new PSNoteProperty("Kerberos RC4", KerberosRC4));
UserObj.Members.Add(new PSNoteProperty("Kerberos AES-128bit", KerberosAES128));
UserObj.Members.Add(new PSNoteProperty("Kerberos AES-256bit", KerberosAES256));
UserObj.Members.Add(new PSNoteProperty("Does Not Require Pre Auth", AdUser.Members["DoesNotRequirePreAuth"].Value));
UserObj.Members.Add(new PSNoteProperty("Never Logged in", NeverLoggedIn));
UserObj.Members.Add(new PSNoteProperty("Logon Age (days)", DaysSinceLastLogon));
UserObj.Members.Add(new PSNoteProperty("Password Age (days)", DaysSinceLastPasswordChange));
UserObj.Members.Add(new PSNoteProperty("Dormant (> " + DormantTimeSpan + " days)", Dormant));
UserObj.Members.Add(new PSNoteProperty("Password Age (> " + PassMaxAge + " days)", PasswordNotChangedafterMaxAge));
UserObj.Members.Add(new PSNoteProperty("Account Locked Out", AdUser.Members["LockedOut"].Value));
UserObj.Members.Add(new PSNoteProperty("Password Expired", AdUser.Members["PasswordExpired"].Value));
UserObj.Members.Add(new PSNoteProperty("Password Not Required", AdUser.Members["PasswordNotRequired"].Value));
UserObj.Members.Add(new PSNoteProperty("Delegation Type", DelegationType));
UserObj.Members.Add(new PSNoteProperty("Delegation Protocol", DelegationProtocol));
UserObj.Members.Add(new PSNoteProperty("Delegation Services", DelegationServices));
UserObj.Members.Add(new PSNoteProperty("Logon Workstations", AdUser.Members["LogonWorkstations"].Value));
UserObj.Members.Add(new PSNoteProperty("AdminCount", AdUser.Members["AdminCount"].Value));
UserObj.Members.Add(new PSNoteProperty("Primary GroupID", AdUser.Members["primaryGroupID"].Value));
UserObj.Members.Add(new PSNoteProperty("SID", AdUser.Members["SID"].Value));
UserObj.Members.Add(new PSNoteProperty("SIDHistory", SIDHistory));
UserObj.Members.Add(new PSNoteProperty("HasSPN", HasSPN));
UserObj.Members.Add(new PSNoteProperty("Description", CleanString(AdUser.Members["Description"].Value)));
UserObj.Members.Add(new PSNoteProperty("Title", CleanString(AdUser.Members["Title"].Value)));
UserObj.Members.Add(new PSNoteProperty("Department", CleanString(AdUser.Members["Department"].Value)));
UserObj.Members.Add(new PSNoteProperty("Company", CleanString(AdUser.Members["Company"].Value)));
UserObj.Members.Add(new PSNoteProperty("Manager", CleanString(AdUser.Members["Manager"].Value)));
UserObj.Members.Add(new PSNoteProperty("Info", CleanString(AdUser.Members["Info"].Value)));
UserObj.Members.Add(new PSNoteProperty("Last Logon Date", LastLogonDate));
UserObj.Members.Add(new PSNoteProperty("Password LastSet", PasswordLastSet));
UserObj.Members.Add(new PSNoteProperty("Account Expiration Date", AccountExpires));
UserObj.Members.Add(new PSNoteProperty("Account Expiration (days)", AccountExpirationNumofDays));
UserObj.Members.Add(new PSNoteProperty("Mobile", CleanString(AdUser.Members["Mobile"].Value)));
UserObj.Members.Add(new PSNoteProperty("Email", CleanString(AdUser.Members["mail"].Value)));
UserObj.Members.Add(new PSNoteProperty("HomeDirectory", AdUser.Members["homeDirectory"].Value));
UserObj.Members.Add(new PSNoteProperty("ProfilePath", AdUser.Members["profilePath"].Value));
UserObj.Members.Add(new PSNoteProperty("ScriptPath", AdUser.Members["ScriptPath"].Value));
UserObj.Members.Add(new PSNoteProperty("UserAccountControl", AdUser.Members["UserAccountControl"].Value));
UserObj.Members.Add(new PSNoteProperty("First Name", CleanString(AdUser.Members["givenName"].Value)));
UserObj.Members.Add(new PSNoteProperty("Middle Name", CleanString(AdUser.Members["middleName"].Value)));
UserObj.Members.Add(new PSNoteProperty("Last Name", CleanString(AdUser.Members["sn"].Value)));
UserObj.Members.Add(new PSNoteProperty("Country", CleanString(AdUser.Members["c"].Value)));
UserObj.Members.Add(new PSNoteProperty("whenCreated", AdUser.Members["whenCreated"].Value));
UserObj.Members.Add(new PSNoteProperty("whenChanged", AdUser.Members["whenChanged"].Value));
UserObj.Members.Add(new PSNoteProperty("DistinguishedName", CleanString(AdUser.Members["DistinguishedName"].Value)));
UserObj.Members.Add(new PSNoteProperty("CanonicalName", CleanString(AdUser.Members["CanonicalName"].Value)));
return new PSObject[] { UserObj };
}
catch (Exception e)
{
Console.WriteLine("Exception caught: {0}", e);
return new PSObject[] { };
}
}
}
class UserSPNRecordProcessor : IRecordProcessor
{
public PSObject[] processRecord(Object record)
{
try
{
PSObject AdUser = (PSObject) record;
Microsoft.ActiveDirectory.Management.ADPropertyValueCollection SPNs = (Microsoft.ActiveDirectory.Management.ADPropertyValueCollection)AdUser.Members["servicePrincipalName"].Value;
if (SPNs.Value == null)
{
return new PSObject[] { };
}
List<PSObject> SPNList = new List<PSObject>();
bool? Enabled = null;
string Memberof = null;
DateTime? PasswordLastSet = null;
// When the user is not allowed to query the UserAccountControl attribute.
if (AdUser.Members["userAccountControl"].Value != null)
{
var userFlags = (UACFlags) AdUser.Members["userAccountControl"].Value;
Enabled = !((userFlags & UACFlags.ACCOUNTDISABLE) == UACFlags.ACCOUNTDISABLE);
}
if (Convert.ToString(AdUser.Members["pwdLastSet"].Value) != "0")
{
PasswordLastSet = DateTime.FromFileTime((long)AdUser.Members["pwdLastSet"].Value);
}
Microsoft.ActiveDirectory.Management.ADPropertyValueCollection MemberOfAttribute = (Microsoft.ActiveDirectory.Management.ADPropertyValueCollection)AdUser.Members["memberof"].Value;
if (MemberOfAttribute.Value != null)
{
foreach (string Member in MemberOfAttribute)
{
Memberof = Memberof + "," + ((Convert.ToString(Member)).Split(',')[0]).Split('=')[1];
}
Memberof = Memberof.TrimStart(',');
}
string Description = CleanString(AdUser.Members["Description"].Value);
string PrimaryGroupID = Convert.ToString(AdUser.Members["primaryGroupID"].Value);
foreach (string SPN in SPNs)
{
string[] SPNArray = SPN.Split('/');
PSObject UserSPNObj = new PSObject();
UserSPNObj.Members.Add(new PSNoteProperty("Username", CleanString(AdUser.Members["SamAccountName"].Value)));
UserSPNObj.Members.Add(new PSNoteProperty("Name", CleanString(AdUser.Members["Name"].Value)));
UserSPNObj.Members.Add(new PSNoteProperty("Enabled", Enabled));
UserSPNObj.Members.Add(new PSNoteProperty("Service", SPNArray[0]));
UserSPNObj.Members.Add(new PSNoteProperty("Host", SPNArray[1]));
UserSPNObj.Members.Add(new PSNoteProperty("Password Last Set", PasswordLastSet));
UserSPNObj.Members.Add(new PSNoteProperty("Description", Description));
UserSPNObj.Members.Add(new PSNoteProperty("Primary GroupID", PrimaryGroupID));
UserSPNObj.Members.Add(new PSNoteProperty("Memberof", Memberof));
SPNList.Add( UserSPNObj );
}
return SPNList.ToArray();
}
catch (Exception e)
{
Console.WriteLine("Exception caught: {0}", e);
return new PSObject[] { };
}
}
}
class GroupRecordProcessor : IRecordProcessor
{
public PSObject[] processRecord(Object record)
{
try
{
PSObject AdGroup = (PSObject) record;
string ManagedByValue = Convert.ToString(AdGroup.Members["managedBy"].Value);
string ManagedBy = "";
string SIDHistory = "";
if (AdGroup.Members["managedBy"].Value != null)
{
ManagedBy = (ManagedByValue.Split(new string[] { "CN=" },StringSplitOptions.RemoveEmptyEntries))[0].Split(new string[] { "OU=" },StringSplitOptions.RemoveEmptyEntries)[0].TrimEnd(',');
}
Microsoft.ActiveDirectory.Management.ADPropertyValueCollection history = (Microsoft.ActiveDirectory.Management.ADPropertyValueCollection) AdGroup.Members["SIDHistory"].Value;
string sids = "";
foreach (var value in history)
{
sids = sids + "," + Convert.ToString(value);
}
SIDHistory = sids.TrimStart(',');
PSObject GroupObj = new PSObject();
GroupObj.Members.Add(new PSNoteProperty("Name", AdGroup.Members["SamAccountName"].Value));
GroupObj.Members.Add(new PSNoteProperty("AdminCount", AdGroup.Members["AdminCount"].Value));
GroupObj.Members.Add(new PSNoteProperty("GroupCategory", AdGroup.Members["GroupCategory"].Value));